A water molecule has an electric dipole moment 6.4 x 10 cm when it is in vapour state. The distance in metre between the centre of positive and negative charge of the molecule is (a) 4x10-10 104 10-12 (b) 4 x 10-11 (d) 4 x 10-13

Oxygen has an electronegativity value of 3.4 and hydrogen has an electronegativity value of 2.2. Which of the following correctly shows the location of the positive and negative dipoles in a molecule of water (H2O)?O δ– and H δ–O δ– and H δ+The molecule has no net dipole moment.O δ+ and H δ–Submit answer

Calculate the interaction between a water molecule and a spherical anion A for both the hydrogen-bonded (a) and the dipole-bonded (b) configurations. Make the calculation for the two A− · · · Odistance of 0.25 and 0.30 nm. Use the electrostatic model of the previous exercise for the watermolecule.

A water molecule has a permanent dipole moment of 6.20×10-30 Cm, and if you put one in an electric field it will feel a torque and try to rotate (this is essentially how a microwave oven works, although that electric field oscillates). What is the torque on the molecule if its dipole moment is oriented at 27.9° with respect to the electric field, which has a strength of 2.95×104 N/C?

Electric dipole moments of molecules are often measured in debyes (D), where 1 D = 3.34 ⋅ 10–30 C m1 𝐷 = 3.34 · 10–30 C m . For instance, the dipole moment of hydrogen chloride gas molecules is 1.05 D. Calculate the maximum torque such a molecule can experience in the presence of an electric field of magnitude 223 N/C. (You may enter your calculation using scientific notation.)  N m

An electron and a proton are placed 10 mm apart, the dipole moment of the system of charges is